Reference Quantity: ST0107

Particulars of normal

Occupational Profile

Methods engineering is an interdisciplinary area of engineering and engineering administration that focuses on learn how to design and handle advanced techniques over their life cycles.  The occupation is present in any sector the place advanced engineered techniques are outlined, developed and/or operated; some examples are transport (e.g. rail, aviation, automotive, maritime), defence & safety, telecommunications, well being, manufacturing, development, and infrastructure.  Methods Engineers are present in all components of the provision chain from Small Medium Enterprises (SMEs) to multi-national companies, and in business and public sector organisations.

The broad function of Methods Engineering is to create and execute an interdisciplinary course of to make sure that the shopper and stakeholder’s wants are glad in a top quality, reliable, price environment friendly and schedule compliant method all through a system’s total life cycle. Methods Engineers combine a number of technological components in advanced techniques that, within the case of socio-technical techniques, may embody organisational components and human interactions.  Socio-technical techniques embody necessities that span {hardware}, software program, personnel, and group elements (e.g. a rail community contains human issues at many various ranges).

Of their every day work, an worker on this occupation interacts with mission managers or personnel from enterprise improvement and/or gross sales features. They could assemble and handle groups of area specialists (resembling mechanical, electrical, electronics, software program engineers, and so forth.) and subject material specialists in particular expertise or scientific areas. A Methods Engineer will typically work in a customer-facing function making certain that the system meets buyer and consumer wants and preferences, typically with duty for technical and enterprise communication.  Principally the occupation is office-based, though website visits could also be wanted throughout implementation of designed techniques.

An worker on this occupation shall be liable for general technical administration and coordination inside a programme or mission and contribute to security, safety and high quality of outputs.  They could be liable for particular processes throughout the lifecycle as, for instance, a Necessities Engineer, Methods Architect, or Integration Engineer.  For bigger programmes or tasks, Methods Engineers will sometimes be liable for workers and budgets.

Jobs sometimes held by people endeavor this occupation embody Lead Engineer, Challenge Engineer, Technical Lead, Acquisition Engineer; Methods Engineer; Take a look at Engineer; Necessities Engineer; Necessities Supervisor, Methods Architect, Methods Designer, Methods Analyst, Engineering Supervisor, Methods Specialist, Technical Supervisor, in-service Engineer, By-life Methods Engineer, Operation and Help Engineer, Acceptance Engineer, Integration Engineer, Interface Supervisor.

Duties:

  1. Outline and handle the system lifecycle for a mission
  2. Outline and handle mission necessities
  3. Handle mission threat
  4. Mannequin and analyse techniques
  5. Generate resolution ideas
  6. Architect and design techniques
  7. Plan and handle techniques integration
  8. Plan and execute system verification
  9. Plan and execute system validation
  10. Present technical management inside a mission
  11. Help transition of the system into the operational atmosphere
  12. Present systems-level in-service help of the system
  13. Help technical elements of mission administration
  14. Take duty for configuration and knowledge administration
  15. Co-ordinate technical outputs and work of multi-disciplinary groups

Data, expertise, behaviours

To hold out the duties of a techniques engineer, the next data is required:

K1.      Methods engineering lifecycle processes

K2.      The function a system performs within the tremendous system of which it’s a half

K3.      The traits of fine high quality necessities and the necessity for traceability

K4.      The excellence between threat, difficulty, and alternative and the completely different types of remedy accessible

K5.      The advantages and dangers related to modelling and evaluation

K6.      How creativity, ingenuity, experimentation and accidents or errors, typically result in technological and engineering successes and advances

K7.      Several types of techniques structure and strategies used to help the architectural design course of (i.e. the specification of techniques components and their relationships)

K8.     Non-functional design attributes resembling manufacturability, testability, reliability, maintainability, affordability, security, safety, human components, environmental impacts, robustness and resilience, flexibility, interoperability, functionality progress, disposal, price, pure variations, and so forth.

K9.      Integration as a logical sequence to verify the system design, structure, and interfaces

K10.    Interface administration and its potential affect on the integrity of the system resolution

K11.    Methods verification towards specified necessities and traits and the necessity to execute it in a logical sequence

K12.    The connection between verification, validation, and acceptance

K13.    The aim and significance of system validation in related business context

K14.    Scientific, technical, engineering, and arithmetic fundamentals and a broad technical area data for the related trade

K15.    The best way to take account of well being and security laws and sustainable improvement necessities within the related trade

K16.    The connection of service high quality to consumer satisfaction and price, threat, and availability of the operational system

K17.    The weather of a mission administration plan (together with assertion of labor, work breakdown construction, useful resource allocation, scheduling, administration plan, monitoring, threat administration, change requests, document protecting, and acceptance)

K18.    The business and monetary atmosphere during which a mission is being executed (e.g. procurement mannequin, rates of interest, trade charges)

K19.    The function of techniques engineering planning as a part of an general mission/programme plan

K20.    The authorized, business, and safety constraints that have an effect on the administration of knowledge and data (e.g. Basic Information Safety Regulation, dealing with of particular business contract restrictions)

K21     Help and sustainability wants of a deployed system or product

To hold out the duties of a techniques engineer, the next expertise are required to:

S1.      Choose acceptable lifecycle for a system or component of a system and set up its lifecycle phases and the relationships between them

S2.      Outline context of a system from a variety of viewpoints together with system boundaries and exterior interfaces

S3.      Use acceptable strategies to analyse stakeholder wants to provide good high quality, constant necessities with acceptance standards and handle them all through system improvement

S4.      Establish, analyse, suggest remedy, and monitor and talk dangers and alternatives all through mission

S5.      Generate a bodily, mathematical, or logical illustration of a system entity, phenomenon or course of

S6.      Apply creativity, innovation and drawback fixing strategies to system improvement or operation

S7.      Outline the techniques structure and derived necessities to provide an implementable resolution that permits a balanced and optimum consequence that considers all stakeholder necessities throughout all phases of the lifecycle.

S8.      Establish, outline, and management interactions throughout system or system component boundaries

S9.      Assemble a set of system components and combination into the realised system, product, or service utilizing acceptable strategies to check interfaces, handle knowledge flows, implement management mechanisms, and confirm that components and aggregates carry out as anticipated

S10.    Outline verification plans (together with exams) to acquire goal proof {that a} system of system component fulfils its specified necessities and traits

S11.    Present goal proof that the operational system fulfils its enterprise or mission goals and stakeholder necessities and expectations.

S12.    Talk successfully with all stakeholders of the mission utilizing essentially the most acceptable medium and strategies together with written and verbal presentation,

S13.    Combine a system into its operational atmosphere, together with the supply of help actions (e.g. specification of website preparation, coaching, logistics, and so forth.)

S14.    Outline and acquire operation knowledge for monitoring and management of a system

S15.    Provoke design change proposals in response to system failure or degradation

S16.    Create and preserve mission administration plan, together with work breakdown construction, scheduling, and threat administration

S17.    Steadiness mission scope, time, price, threat, and assets to optimise services or products high quality and return on funding

S18.    Handle and management system components and configuration over the mission or programme lifecycle making certain general coherence of the design is maintained in a verifiable method all through the lifecycle

S19.    Plan, execute, and management the storage and provision of knowledge to stakeholders.

S20.    Outline, coordinate and preserve efficient and workable plans throughout a number of disciplines

S21.    Establish ideas and concepts in sciences, applied sciences and engineering disciplines past their very own self-discipline that might profit the mission resolution

S22.    Partition between self-discipline applied sciences and work with specialists to derive self-discipline particular necessities

A reliable techniques engineer will exhibit the next behaviours:

B1.      Undertake and encourage throughout the workforce an holistic pondering method to system improvement

B2.      Carry out negotiations with stakeholders recognizing completely different types of negotiating events and adapts personal fashion accordingly

B3.      Undertake and encourage throughout the workforce a crucial pondering method utilizing a logical critique of labor together with assumptions, approaches, arguments, conclusions, and selections

B4.      Take private duty for well being and security practices and sustainable improvement

B5.      Function with integrity and in an moral method, and be certain that workforce members carry out with integrity and in an moral method

B6.      Take a proactive and systematic method to resolving operational points

B7.      Preserve consciousness of developments in sciences, applied sciences and associated engineering disciplines.

Entry necessities

While particular person employers and educational suppliers could set their very own entry necessities, a typical apprentice is likely to be anticipated to have already achieved a degree 6[1] STEM[2] qualification and a couple of years related expertise, or a degree 5 STEM qualification and 5 years related expertise, or a degree 3 or 4 STEM qualification and 10 years related expertise.

English and maths

Apprentices with out English and maths at degree 2 or above might want to obtain this degree previous to endeavor the end-point evaluation. For these with an training, well being and care plan or a legacy assertion the apprenticeship’s English and maths minimal requirement is Entry Degree 3. British Signal Language qualification is a substitute for English {qualifications} for these whom that is their major language.

Length:

Sometimes 48 months

Qualification:

Grasp’s diploma in Methods Engineering

Hyperlink to Skilled Recognition

Methods Engineers who efficiently full the apprenticeship will obtain the usual of Practitioner towards a particular profile of the Worldwide Council on Methods Engineering (INCOSE) competences as detailed within the Evaluation Plan. The apprenticeship additionally supplies a route in the direction of the data, expertise and competence required to use for recognition by INCOSE as a Licensed Methods Engineering Skilled (CSEP) and to use to be registered by the Engineering Council as a Chartered Engineer (CEng).

Degree:

7

Route:

Engineering and Manufacturing

Evaluate:

After 3 years

 

[1] Qualification ranges are outlined at: https://www.gov.uk/what-different-qualification-levels-mean/list-of-qualification-levels

[2] Science, Expertise, Engineering or Arithmetic


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